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Plant Growth and Population Dynamics
The main purpose of quantitative nematological research is twofold. First, to develop mathematical models that contribute to theory building. Second, for farmers, to achieve optimal financial returns of crops in the presence of plant-parasitic nematodes.Schomaker, Corrie H. +2 more
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Dynamics of Bacillus colony growth
Trends in Microbiology, 1993A growing bacterial colony is not an amorphous mass but is a dynamic and differentiated system. It may appear chaotic in the details of its structure but it can be accurately described by simple models for fractal geometry. As Benoit Mandelbrot said: 'Surprise, simple rules can generate rich structures'.
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Dynamic Models and Economic Growth
World Development, 1975In this paper I propose to examine critically the validity of standard dynamic models as adequate representations of actual processes and hence as safe instruments of economic planning. Specifically, I will deal with the question of whether these models cover all the important factors involved in the process of reiterative equilibria, as each situation
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Dynamical growth of supersymmetry
Lettere Al Nuovo Cimento Series 2, 1980Ramon, M., Pancheri, S., Y., Srivastava
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Nonlinear dynamics and the growth of literature
Information Processing & Management, 1992Abstract Progress over the last 25 years in physics has demonstrated that simple natural systems under certain conditions can exhibit very complicated behavior. Based on earlier studies of turbulence and fluid dynamics, chaotic behavior has been shown to exist in weather patterns, electric circuits, chemical reactions, physiological systems, and ...
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A model of cell growth dynamics
Journal of Theoretical Biology, 1967Abstract A simple two-stage cell growth model accounts for many universal features of cell behavior. A cell is assumed to comprise two basic compartments, a synthetic one (s) and a structural/genetic one (n). A doubling of n is a necessary and sufficient condition for cell division, regardless of the state of s.
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Environmental science and pollution research international, 2022
H. Arslan +4 more
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H. Arslan +4 more
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A system dynamics modelling of entrepreneurship and growth within firms
Journal of Business Venturing, 2023Dimo Dimov
exaly